Corning® Stationary Emissions Control Solutions

Corning® Stationary Emissions Control Solutions

Providing Excellent Catalysis in the Stationary Industry Since the Late 1970s

Corning® Celcor® substrates and DuraTrap® filters are used in stationary catalytic systems to help curb air pollution from power plants, refineries, chemical processing plants, and in many other industrial applications. These emission control solutions can also be used in systems designed to reduce volatile organic compound (VOC) emissions from operations such as printers, dry cleaners, paint shops and plastic-mold shops.

With their high geometric surface area and low-pressure drop, Corning ceramic substrates and filters are some of the most widely specified emission control solutions and products for stationary applications worldwide.

Benefits

Cell densities shown below are for rectangular Corning® Celcor® substrates. Alternatives, such as round contours, are also available for stationary applications. Products can be finished to fit various contours for use in large bed assemblies. A choice of cell densities and wall thicknesses helps optimize catalyst-bedding design.

Cell densities shown below are for rectangular Corning® Celcor® substrates. Alternatives, such as round contours, are also available for stationary applications. Products can be finished to fit various contours for use in large bed assemblies. A choice of cell densities and wall thicknesses helps optimize catalyst-bedding design.

64 cell thinwall

100 cell thinwall

230 cell thinwall

300 cell thinwall

400 cell thinwall

Wall thickness (in)

.012

.015

.007

.005

.007

Pitch (mm)

3.175

2.540

1.676

1.473

1.270

Geometric Surface Area
(in2/in3)

29

33

54

63

69

Open Frontal Area

81.7%

68.9%

79.9%

82.0%

74.0%

Dimensions

Length: Ranges from 2 to 12 in (50.8 to 304.8 mm)Width and Height: 5.91 in (150 mm)

Excellent Pressure Drop

Excellent Pressure Drop

Discover pressure drop benefits with Corning's stationary solutions.

Discover pressure drop benefits with Corning's stationary solutions.

*The graph used in this publication is based on data from experimental and limited tests conducted under controlled laboratory conditions, measurements, and calculations sponsored by Corning. Corning can provide additional calculations or test results based on specific operating conditions.